9–13 Sept 2024
Wanda Realm Beijing
Asia/Shanghai timezone
Registration Deadline: August 9 (23:59 UTC+8), 2024; Paper Submission Deadline: September 5 (23:59 UTC+8), 2024

Session

FRB: Beam Loss Monitors and Machine Protection/Beam Charge and Currnent Monitors

FRB
13 Sept 2024, 10:50
China Hall 2 (Auditorium)

China Hall 2

Auditorium

Conveners

FRB: Beam Loss Monitors and Machine Protection/Beam Charge and Currnent Monitors: FRBI (Invited Oral)

  • Thibaut Lefevre (European Organization for Nuclear Research)

FRB: Beam Loss Monitors and Machine Protection/Beam Charge and Currnent Monitors: FRBC (Contributed Oral)

  • Thibaut Lefevre (European Organization for Nuclear Research)

FRB: Beam Loss Monitors and Machine Protection/Beam Charge and Currnent Monitors: FRCL (Closing Remarks)

  • There are no conveners in this block

Presentation materials

There are no materials yet.
Bruce Schumm (University of California, Santa Cruz)
13/09/2024, 10:50
MC2: Beam Loss Monitors and Machine Protection
Invited Oral Presentation

We report on the activities of the University of California-funded Advanced Accelerator Diagnostics (AAD) Collaboration to develop ultra-fast diamond-sensor-based detection systems. Results are presented on the performance properties of monocrystalline diamond, including charge collection efficiency and time, and radiation tolerance. We follow with presentations of diagnostic-system...

Montague King (European Organization for Nuclear Research)
13/09/2024, 11:20
MC2: Beam Loss Monitors and Machine Protection
Contributed Oral Presentation

Optical Beam Loss Monitors (oBLMs) allow for cost-efficient and spatially continuous measurements of beam losses at accelerator facilities. A standard oBLM consists of several tens of meters of optical fibre aligned parallel to the beamline, coupled to photosensors at either or both ends. Using the timing information from loss signals, the loss positions can be reconstructed. This contribution...

Sara Benitez Berrocal (European Organization for Nuclear Research)
13/09/2024, 11:40
MC1: Beam Charge and Current Monitors
Contributed Oral Presentation

The North Area facility (NA) receives the 400 GeV proton beam through a slow extraction process at the CERN Super Proton Synchrotron (SPS). To improve the SPS spill quality, it is crucial to monitor the spill intensity from the nA up to the µA range with a bandwidth extending from a few Hz up to several GHz along the extraction line. The most promising measurement options for this purpose are...

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